UPF Oxford: Brain's Long-Range Connections Outperform Computers in Critical Decisions

New research from Pompeu Fabra University (UPF) and the University of Oxford reveals how the human brain outperforms computers in rapid decision-making. The study introduces CHARM (Complex Harmonics Decomposition), a computational model that analyzes long-distance neuronal connections, crucial for understanding brain dynamics during high-stakes situations. CHARM models the brain like the Internet, with neurons acting as interconnected computers. It shows that the brain operates in a dynamic state between order and chaos, enhancing the efficiency of these connections. By using quantum mechanics principles, CHARM offers unprecedented precision in modeling neural interactions. These findings could improve diagnostics and treatments for neurological disorders like schizophrenia and depression. The distributed paradigm of CHARM may also revolutionize AI systems. Dr. Gustavo Deco emphasizes the potential for applying these scientific principles to real-world challenges.